Mediator atoms help graphene self-heal
Hitherto unseen fast-moving "helpers" catalyse many restructuring processes
Read article: Mediator atoms help graphene self-heal
Read article: Mediator atoms help graphene self-heal
5G switching gets a 2D boost
Components based on atomically thin sheets of boron nitride could find their way into smartphones, mobile systems and Internet of things devices
Read article: 5G switching gets a 2D boost
‘Magic-angle’ graphene doubles up
New platform could be used to investigate high-temperature superconductivity and correlated quantum phases
Read article: ‘Magic-angle’ graphene doubles up
Graphene-based strain sensor can detect a feather’s touch
Nanomaterials in highly flexible polymer can make a wide range of strain measurements
Read article: Graphene-based strain sensor can detect a feather’s touch
‘Twistronics for photons’ brings tunable diffraction-free light rays
Experiments reveal a photonic analogue for electron superconductivity in twisted bilayer graphene
Read article: ‘Twistronics for photons’ brings tunable diffraction-free light rays
Graphene joins the fight against COVID-19
Surgical masks coated with the carbon nanomaterial could be made self-cleaning and easily sterilizable
Read article: Graphene joins the fight against COVID-19
2D materials can enable futuristic optoelectronics technologies
New 2D materials techniques are joining forces with established methods in materials science
Read article: 2D materials can enable futuristic optoelectronics technologies
Quickly grown graphite film blocks electromagnetic radiation
High-quality films formed by quenching hot nickel foil in ethanol are as good as their CVD-grown counterparts at shielding devices from electromagnetic interference
Read article: Quickly grown graphite film blocks electromagnetic radiation
Touch-responsive indium tin oxide is very thin and flexible
Normally brittle material can be rolled up like a tube
Read article: Touch-responsive indium tin oxide is very thin and flexible
Making it in 2D materials research
Mar Garcia Hernandez describes fabrication challenges and solutions for 2D materials
Read article: Making it in 2D materials research
